S. A searchlight is trained on an object falling under the in- fluence of gravity from a height of 500 ft. Find the rate at which the beam of light is following the object when the object is 100 ft from the ground. Assume that the search- light is 200 ft from the point where the object hits the ground.
S. A searchlight is trained on an object falling under the in- fluence of gravity from a height of 500 ft. Find the rate at which the beam of light is following the object when the object is 100 ft from the ground. Assume that the search- light is 200 ft from the point where the object hits the ground.
S. A searchlight is trained on an object falling under the in- fluence of gravity from a height of 500 ft. Find the rate at which the beam of light is following the object when the object is 100 ft from the ground. Assume that the search- light is 200 ft from the point where the object hits the ground.
Transcribed Image Text:26. A searchlight is trained on an object falling under the in-
fluence of gravity from a height of 500 ft. Find the rate
at which the beam of light is following the object when the
object is 100 ft from the ground. Assume that the search-
light is 200 ft from the point where the object hits the
ground.
Expression, rule, or law that gives the relationship between an independent variable and dependent variable. Some important types of functions are injective function, surjective function, polynomial function, and inverse function.
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